Hypermobility Spectrum Disorders (HSD) are connective tissue conditions characterized by joints with greater-than-normal range of motion. The disorders result from lax collagen between connective tissues, forcing muscles to work harder to maintain joint stability. This increased muscular effort leads to fatigue, pain, and clumsiness. HSD can also produce gastrointestinal symptoms due to stretchier connective tissue in the digestive system, and research has identified connections between HSD and neurodiversity conditions including autism and ADHD.
Hypermobile Ehlers-Danlos Syndrome (hEDS) represents a related condition diagnosed through identification of hypermobility and faulty connective tissue throughout the body, along with musculoskeletal complications such as dislocations. According to recent research from the University of Edinburgh, hundreds of thousands of people in the UK may have hypermobility disorders, though many remain undiagnosed. Patients with hEDS and HSD in the UK experienced average diagnostic delays of 19 to 21.7 years. The diagnostic process is complicated by the absence of a dedicated clinical guideline from the National Institute for Health and Care Excellence, creating what researchers describe as a “postcode lottery” for assessment availability. Research indicates the conditions appear to affect women disproportionately.
Diagnostic challenges create additional burdens for patients seeking care. The research found that fewer than one-third of diagnosed individuals reported their GP had initiated disorder management, and only 13% had access to a knowledgeable clinician. Some patients experience severe cognitive symptoms such as brain fog that prevent work. Treatment options exist but lack a singular comprehensive solution. Physiotherapy can prove beneficial by strengthening key muscles supporting the skeleton, and gentle exercise such as swimming may help some patients. However, medical professionals note that oversimplified treatment recommendations are insufficient for managing the condition’s complexity and severity.
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